With the accelerated development of the global new energy industry, the scale and cluster layout of photovoltaic power plants continue to advance. Traditional manual inspection and ground detection equipment are gradually exposed to limitations such as low efficiency, many blind spots, and high risks when dealing with complex scenarios such as large-scale ground power plants, surface photovoltaics, and mountain photovoltaics. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) relies on its profound accumulation of photovoltaic detection technology to launch the LXH210 unmanned aerial vehicle EL detector, which deeply integrates low altitude flight technology with high-precision EL detection, providing a revolutionary solution for intelligent inspection of photovoltaic power plants. Photovoltaic power station EL testing equipment

The LXH210 drone EL detector is specially designed for quality inspection of photovoltaic power plant string and component defects, with excellent flight performance and detection accuracy. The device is equipped with a high-definition infrared camera and a professional EL detection module, which can quickly scan large areas of photovoltaic arrays in the air, accurately capturing micro defects such as hidden cracks, broken grids, virtual soldering, black chips, hot spots, PID effects, etc. inside the components. Compared with traditional ground detection equipment, LXH210 breaks through the limitations of terrain and space, and can easily reach areas that are difficult for personnel to reach, achieving precise detection without blind spots and full coverage, greatly improving the efficiency and accuracy of power plant defect investigation.

In terms of intelligent operations, LXH210 is equipped with advanced six way obstacle avoidance system and long-distance image transmission technology, with a transmission distance of up to 15 kilometers, ensuring stable signal transmission and flight safety in complex electromagnetic environments and vast power plants. The equipment supports RTK centimeter level precise positioning and custom route planning, which can achieve fully automatic cruise detection, breakpoint continuation and automatic return, greatly reducing the dependence on pilot operation experience, making the daily inspection and regular acceptance of photovoltaic power plants more standardized and streamlined. At the same time, combined with LAILX professional data analysis software, the EL images collected by the drone can be intelligently recognized and automatically modeled by AI, and a detection report containing precise positioning information can be generated with one click, providing scientific basis for power plant operation and maintenance decisions.

The emergence of the LXH210 drone EL detector is not only an important milestone in LAILX's technological innovation in the field of photovoltaic detection, but also a typical example of the deep integration of low altitude economy and new energy industry. It has completely changed the traditional operation mode of photovoltaic inspection, freeing operation and maintenance personnel from heavy and dangerous on-site climbing and handling work, and achieving safe and efficient operation of "human-machine separation". In the future, LAILX will continue to deeply cultivate photovoltaic intelligent operation and maintenance equipment, empower the new energy industry with technology, and help photovoltaic power plants achieve healthy, safe, and efficient operation throughout their entire lifecycle.

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